A lie-down massager comprises a frame, a rider below a top panel of the frame, a guide member engaged between the frame and the rider to allow a horizontal reciprocation to the rider, and a lifter carrying massage bumps. A gear unit includes a bolt gear downwardly extending from the lifter, a nut ty
A lie-down massager comprises a frame, a rider below a top panel of the frame, a guide member engaged between the frame and the rider to allow a horizontal reciprocation to the rider, and a lifter carrying massage bumps. A gear unit includes a bolt gear downwardly extending from the lifter, a nut type gear having a outer periphery, a first gear incorporated on the periphery, and a second gear engaged to the first gear. The bolt gear is releasably engaged in the nut type gear whose bottom end is rotatably attached to and supported by the rider, whereby the second gear rotation generates the first gear rotation and the subsequent rotation of the nut type gear enables the lifter to make a vertical reciprocation by the releasable engagement of the bolt gear and the nut type gear.
대표청구항▼
The invention claimed is: 1. A lie-down massager, comprising: a) a base frame having an elongated top panel, wherein an elongated top opening is formed centrally and lengthwisely through the elongated top panel; b) a rider provided below the elongated top panel; c) a pair of pulleys linked by a rop
The invention claimed is: 1. A lie-down massager, comprising: a) a base frame having an elongated top panel, wherein an elongated top opening is formed centrally and lengthwisely through the elongated top panel; b) a rider provided below the elongated top panel; c) a pair of pulleys linked by a rope and respectively mounted in a front end portion and a rear end portion of the base frame, wherein a predetermined portion of the rope is fixedly attached to the rider so that the pulley rotation enables the rider to generate a horizontally reciprocal movement along the elongated top opening; d) a pair of roller coasters parallel to each other and attached to the base frame, wherein the roller coasters each have a substantially waved top surface; e) a coasting member liftedly engaged on top of the rider, wherein a coaster guide roller is formed outwardly extending from each side surface of the coasting member, wherein the coaster guide roller enables the coasting member to make a roller coasting movement on and along the waved top surfaces of the roller coasters; f) a lifter having a top portion and a bottom portion, wherein first elongated guides extend marginally from the bottom portion of the lifter, wherein the elongated guides are releasably received by first guide bushes formed on top of the coasting member to stabilize a vertically reciprocal movement of the lifter relative to the rider, wherein second elongated guides downwardly extending from the coasting member, and wherein second guide bushes upwardly formed on the rider to releasably receive the second elongated guides so as to stabilize the roller coasting movement of the coasting member along the roller coasters and the lifting of the coasting member from the rider; g) a gear unit including a bolt gear downwardly extending from the bottom portion of the lifter, an elongated nut type gear having a circular outer periphery, a first gear incorporated on and along the circular outer periphery, and a second gear engaged to the first gear and connected to a motor attached to the coasting member, wherein the bolt gear is releasably engaged in the nut type gear whose bottom end is rotatably attached to and supported by the coasting member, whereby the second gear rotation generates the first gear rotation and the subsequent rotation of the nut type gear enables the lifter to make a vertically reciprocal movement in accordance with the releasable engagement of the bolt gear and the nut type gear; h) massage bumps attached to the top portion of the lifter and moving vertically and/or horizontally along the elongated top opening of the elongated top panel of the base frame; and i) a pad covering the massage bumps and the elongated top opening of the base frame. 2. The lie-down massager of claim 1 wherein the first and second gears are bevel gears. 3. The lie-down massager of claim 1 wherein the second gear is a spirally threadedshaft. 4. The lie-down massager of claim 1 wherein the second gear is a spirally threaded shaft and the first gear is radially embayed. 5. The lie-down massager of claim 1 further comprises rider guide rollers on each side of the rider, wherein the rider guide rollers are rollably engaged in the base frame to guide the horizontally reciprocal movement of the rider. 6. The lie-down massager of claim 1 wherein the massage bumps are roller balls partitioned to first and second pairs, wherein the first pair bumps are aligned parallel to the second pair bumps. 7. The lie-down massager of claim 6 further comprising: a) first and second bump holders propping and maintaining the first and second pair bumps above the top portion of the lifter, wherein the first and second bump holders are tapered toward each lower end thereof; b) a first engagement member to rockingly engage the lower ends of the bump holders to the top portion of the lifter; and c) second engagement member to rollingly engage the massage bumps thereto. 8. The lie-down massager of claim 1 wherein the massage bumps each include a heater, wherein the heater is a heating lamp generating heat and infrared rays. 9. The lie-down massager of claim 1 wherein the waved top surfaces of the roller coasters each substantially form a curvature of a human spinal cord. 10. The lie-down massager of claim 1 further comprising a heating member spread in the top panel of the base frame. 11. A lie-down massager, comprising: a) a base frame having an elongated top panel, wherein an elongated opening is formed centrally and lengthwisely through the elongated top panel; b) a pair of rack gears parallel to each other and provided below the elongated top panel; c) a rider having a roller gear perpendicular to the rack gears, wherein the roller gear is rotatably mounted on the rack gears to allow the rider to make a horizontally reciprocal movement along the rack gears, wherein the rider is maintained below the elongated top panel; d) a pair of roller coasters parallel to each other and attached to the base frame, wherein the roller coasters each have a substantially waved top surface; e) a coasting member liftedly engaged on top of the rider, wherein a coaster guide roller is formed outwardly extending from each side surface of the coasting member, wherein the coaster guide roller enables the coasting member to make a roller coasting movement on and along the waved top surfaces of the roller coasters; f) a lifter having a top portion and a bottom portion, wherein first elongated guides extend marginally from the bottom portion of the lifter, wherein the elongated guides are releasably received by first guide bushes formed on top of the coasting member to stabilize a vertically reciprocal movement of the lifter relative to the rider, wherein second elongated guides downwardly extending from the coasting member; and second guide bushes upwardly formed on the rider to releasably receive the second elongated guides so as to stabilize the roller coasting movement of the coasting member along the roller coasters and the lifting of the coasting member from the rider; g) a gear unit including a bolt gear downwardly extending from the bottom portion of the lifter, an elongated nut type gear having a circular outer periphery, a first gear incorporated on and along the circular outer periphery, and a second gear engaged to the first gear and connected to a motor attached to the coasting member, wherein the bolt gear is releasably engaged in the nut type gear whose bottom end is rotatably attached to and supported by the coasting member, whereby the second gear rotation generates the first gear rotation and the subsequent rotation of the nut type gear enables the lifter to make a vertically reciprocal movement in accordance with the releasable engagement of the bolt gear and the nut type gear; h) massage bumps attached to the top portion of the lifter and moving vertically and/or horizontally along the elongated top opening of the elongated top panel of the base frame; and i) a pad covering the massage bumps and the elongated top opening of the base frame. 12. The lie-down massager of claim 11 wherein the first and second gears are bevel gears. 13. The lie-down massager of claim 11 wherein the second gear is a spirally threadedshaft, and the first gear is radially embayed. 14. The lie-down massager of claim 11 further comprises rider guide rollers on each side of the rider, wherein the rider guide rollers are rollably engaged in the base frame to guide the horizontally reciprocal movement of the rider. 15. The lie-down massager of claim 11 wherein the massage bumps are roller balls partitioned to first and second pairs, wherein the first pair bumps are aligned parallel to the second pair bumps. 16. The lie-down massager of claim 15 further comprising: a) first and second bump holders propping and maintaining the first and second pair bumps above the top portion of the lifter, wherein the first and second bump holders are tapered toward each lower end thereof; b) a first engagement member to rockingly engage the lower ends of the bump holders to the top portion of the lifter; and c) a second engagement member to rollingly engage the massage bumps thereto. 17. The lie-down massager of claim 11 wherein the massage bumps each include a heater, wherein the heater is a heating lamp generating heat and infrared rays. 18. The lie-down massager of claim 11 wherein the waved top surfaces of the roller coasters each substantially form a curvature of a human spinal cord. 19. The lie-down massager of claim 11 further comprising a heating member spread in the top panel of the base frame.
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